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Hosts:
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isee systems
Lexidyne, LLC
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Dates:
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June 24-25, 2013 |
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Location:
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The Mining Exchange Colorado Springs, CO |
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Course Fee:
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$1,200
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Special
Discounts:
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20% for University
50% for K-12
(Contact us for details)
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Steve Peterson consults with workshop participants
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Download Registration Form
Download Workshop Agenda
Overview
Whether you are new to Systems Thinking or it's been a while since you've used the
STELLA or iThink software, this two-day workshop provides the
most efficient way to come up to speed with the dynamic modeling process. The course
focuses on Systems Thinking principles like system-as-cause, stock/flow structure,
feedback loops, and operational thinking. Through guided, hands-on exercises, you’ll
apply those principles to real-world problems using STELLA and iThink.
We'll draw upon years of experience to help build your skills and get you started modeling
an issue of your own choosing.
Please sign-up early as space
is limited.
Course Outline
- Dynamic Modeling Applications: Where and when to use the approach
- Modeling Language: Stocks, flows, connectors and converters
- The Dynamic Modeling Process: From problem conceptualization to solution
- System Design: Using operational templates to generate behavior
- Key Concepts: Feedback, system as cause, operational thinking, main chains of activity
- Facilitated sessions in which participants work on modeling an issue of their own choosing
About the Faculty
Introduction to Dynamic Modeling with STELLA and iThink is taught by some
of the premier minds in system dynamics and modeling: Corey Peck, Steve
Peterson, and Jason Valant. Together they bring over 50 years of teaching and practical
experience to class. Examples from real engagements with clients in automotive,
telecommunications, technology, financial services, pharmaceuticals, government,
aerospace, education, not for profit, and fine arts markets help guide discussions.
Corey, Steve, and Jason are principals at Lexidyne, LLC, a leading provider
of dynamic modeling consulting and training services.
Corey
Peck has been using iThink/STELLA for almost 20 years and has wide-ranging
experience in model design, creation, analysis, and dissemination. He is a
recognized industry leader in dynamic modeling and was presented with the Jay Wright
Forrester Award in 2010 for his work as a co-author of Pharmaceutical Product Branding
Strategies: Simulating Patient Flow and Portfolio Dynamics (2nd Edition,
Informa Healthcare, 2009). Corey started his career with High Performance
Systems (now isee systems), and has since gone on to found two highly successful
dynamic modeling consultancies. His current role as Managing Director of Lexidyne,
LLC involves partner development, delivery of both public and in-house software
training courses, and various client engagements.
Steve
Peterson has been described as one of the “unsung heroes” of
the dynamic modeling community. With 25+ years of experience in applying and teaching
dynamic modeling, Steve has a broad range of knowledge and experience. Client
projects have ranged from strategy design and personnel management to finance, marketing
analysis, and process-improvement. He has worked in a wide range of industries,
including government (Defense, Energy), pharmaceuticals, foundations, automotive,
and financial services. Much of Steve’s professional career was spent at High
Performance Systems (now isee systems) where he was instrumental in the design and
development of STELLA and iThink. Steve currently is on the visiting faculty
at Dartmouth’s Thayer School of Engineering, where he teaches system dynamics.
Jason
Valant is a recognized industry leader in dynamic modeling and was presented
with the Jay Wright Forrester Award in 2010 for his work as a co-author of Pharmaceutical
Product Branding Strategies: Simulating Patient Flow and Portfolio Dynamics
(2nd Edition, Informa Healthcare, 2009). He is highly regarded for his model building,
data analysis, and project dissemination skills (particularly with a number of top
pharmaceutical and biotech companies) and is known for his ability to present dynamic
concepts in very clear and accessible ways. Jason also specializes in the application
of the dynamic modeling approach to issues of economic development and workforce
planning.